ЕМ>Такая форма мне кажется весьма извращенной, но как эту извращенность если не ликвидировать, то хотя бы просто уменьшить?

const VarWithLongName = // языки без автовывода - зло ;)
  (Var1 != 0 && Func1(Arg1, Arg2))
  ? Func1WithLongName(
      Arg1WithLongName + Arg2WithLongName,
      Arg3WithLongName - Arg4WithLongName,
      Arg5WithLongName * Arg6WithLongName
    )
  : Func2WithLongName(
      Arg1WithLongName + Arg2WithLongName,
      Arg4WithLongName - Arg3WithLongName,
      Arg6WithLongName / Arg5WithLongName
    );

Н>for (int i =0; i < 10; i++) { int tempVar = 0; callMyFunction(i); if (b < 10) i—-; else { tempVar += 10 } }
Н>

        auto builder = YoloONNXUniquePtr<nvinfer1::IBuilder>(nvinfer1::createInferBuilder(sample::gLogger.getTRTLogger()));
        const auto explicitBatch = 1U << static_cast<uint32_t>(nvinfer1::NetworkDefinitionCreationFlag::kEXPLICIT_BATCH);
        auto network = YoloONNXUniquePtr<nvinfer1::INetworkDefinition>(builder->createNetworkV2(explicitBatch));
        auto config = YoloONNXUniquePtr<nvinfer1::IBuilderConfig>(builder->createBuilderConfig());
        auto parser = YoloONNXUniquePtr<nvonnxparser::IParser>(nvonnxparser::createParser(*network
        auto constructed = ConstructNetwork(builder, network, config, parser);
        m_inputDims = network->getInput(0)->getDimensions();
        assert(m_inputDims.nbDims == 4);
        m_buffers = std::make_unique<samplesCommon::BufferManager>(m_engine, 0/*m_params.batchSize*/);
        m_context = YoloONNXUniquePtr<nvinfer1::IExecutionContext>(m_engine->createExecutionContext());

TypeWithLongName const VarWithLongName = [&]{
    if (Var1 !=0 && Func1 (Arg1, Arg2)) {
        return Func1WithLongName (Arg1WithLongName + Arg2WithLongName, Arg3WithLongName - Arg4WithLongName, Arg5WithLongName * Arg6WithLongName);
    } else {
        return Func2WithLongName (Arg1WithLongName + Arg2WithLongName, Arg4WithLongName - Arg3WithLongName, Arg6WithLongName / Arg5WithLongName);
    }
}();

(As an aside, this is why early FORTRAN versions imposed a 72-character limit on source lines: the first FORTRAN compiler ran on the 701's successor, the IBM 704, which could only read 72 columns of a card — see p. 39 of the 704 Manual of Operation (31 MB PDF). As others have noted, the 8 ignored columns were often used to encode a sequence number for each card, which could be a lifesaver for the unfortunate programmer or operator who dropped a card deck on the floor.)

/* printf-tac-toe: tic-tac-toe in a single call to printf
 * Copyright (C) 2020 Nicholas Carlini.
 * 
 * This program is free software: you can redistribute it and/or modify  
 * it under the terms of the GNU General Public License as published by  
 * the Free Software Foundation, version 3.
 *
 * This program is distributed in the hope that it will be useful, but 
 * WITHOUT ANY WARRANTY; without even the implied warranty of 
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU 
 * General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License 
 * along with this program. If not, see <http://www.gnu.org/licenses/>.
 */

#include <stdio.h> 

#define N(a)       "%"#a"$hhn"
#define O(a,b)     "%10$"#a"d"N(b)
#define U          "%10$.*37$d"
#define G(a)       "%"#a"$s"
#define H(a,b)     G(a)G(b)
#define T(a)       a a 
#define s(a)       T(a)T(a)
#define A(a)       s(a)T(a)a
#define n(a)       A(a)a
#define D(a)       n(a)A(a)
#define C(a)       D(a)a
#define R          C(C(N(12)G(12)))
#define o(a,b,c)   C(H(a,a))D(G(a))C(H(b,b)G(b))n(G(b))O(32,c)R
#define SS         O(78,55)R "\n\033[2J\n%26$s";
#define E(a,b,c,d) H(a,b)G(c)O(253,11)R G(11)O(255,11)R H(11,d)N(d)O(253,35)R
#define S(a,b)     O(254,11)H(a,b)N(68)R G(68)O(255,68)N(12)H(12,68)G(67)N(67)

char* fmt = O(10,39)N(40)N(41)N(42)N(43)N(66)N(69)N(24)O(22,65)O(5,70)O(8,44)N(
            45)N(46)N    (47)N(48)N(    49)N( 50)N(     51)N(52)N(53    )O( 28,
            54)O(5,        55) O(2,    56)O(3,57)O(      4,58 )O(13,    73)O(4,
            71 )N(   72)O   (20,59    )N(60)N(61)N(       62)N (63)N    (64)R R
            E(1,2,   3,13   )E(4,    5,6,13)E(7,8,9        ,13)E(1,4    ,7,13)E
            (2,5,8,        13)E(    3,6,9,13)E(1,5,         9,13)E(3    ,5,7,13
            )E(14,15,    16,23)    E(17,18,19,23)E(          20, 21,    22,23)E
            (14,17,20,23)E(15,    18,21,23)E(16,19,    22     ,23)E(    14, 18,
            22,23)E(16,18,20,    23)R U O(255 ,38)R    G (     38)O(    255,36)
            R H(13,23)O(255,    11)R H(11,36) O(254    ,36)     R G(    36 ) O(
            255,36)R S(1,14    )S(2,15)S(3, 16)S(4,    17 )S     (5,    18)S(6,
            19)S(7,20)S(8,    21)S(9    ,22)H(13,23    )H(36,     67    )N(11)R
            G(11)""O(255,    25 )R        s(C(G(11)    ))n (G(          11) )G(
            11)N(54)R C(    "aa")   s(A(   G(25)))T    (G(25))N         (69)R o
            (14,1,26)o(    15, 2,   27)o   (16,3,28    )o( 17,4,        29)o(18
            ,5,30)o(19    ,6,31)o(        20,7,32)o    (21,8,33)o       (22 ,9,
            34)n(C(U)    )N( 68)R H(    36,13)G(23)    N(11)R C(D(      G(11)))
            D(G(11))G(68)N(68)R G(68)O(49,35)R H(13,23)G(67)N(11)R C(H(11,11)G(
            11))A(G(11))C(H(36,36)G(36))s(G(36))O(32,58)R C(D(G(36)))A(G(36))SS

#define arg d+6,d+8,d+10,d+12,d+14,d+16,d+18,d+20,d+22,0,d+46,d+52,d+48,d+24,d\
            +26,d+28,d+30,d+32,d+34,d+36,d+38,d+40,d+50,(scanf(d+126,d+4),d+(6\
            -2)+18*(1-d[2]%2)+d[4]*2),d,d+66,d+68,d+70, d+78,d+80,d+82,d+90,d+\
            92,d+94,d+97,d+54,d[2],d+2,d+71,d+77,d+83,d+89,d+95,d+72,d+73,d+74\
            ,d+75,d+76,d+84,d+85,d+86,d+87,d+88,d+100,d+101,d+96,d+102,d+99,d+\
            67,d+69,d+79,d+81,d+91,d+93,d+98,d+103,d+58,d+60,d+98,d+126,d+127,\
            d+128,d+129

char d[538] = {1,0,10,0,10};

int main() {
    while(*d) printf(fmt, arg);
}

public ITransferQLFSchema PerformScan(int jobId, string InData, IQLFSchema qlfschema, List<Scan> scannedValues, IDictionary<string, string> userParams, IRemark remark, IEnumerable<dynamic> inputJobItems, List<string> scannedSerials)

<Component prop1 = "prp1"  prop2 = "prp2" />

<Component 
    prop1 = "prp1"  
    prop2 = "prp2" />

if (a > 1)
{
  x++;
}